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Toast++
1.0.2 (r.539)
Forward and inverse modelling in optical tomography
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This is the complete list of members for Tetrahedron4, including all inherited members.
| a0 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| a1 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| a2 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| a3 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| b0 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| b1 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| b2 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| b3 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| bbmax (defined in Element_Unstructured) | Element_Unstructured | protected |
| bbmin (defined in Element_Unstructured) | Element_Unstructured | protected |
| Bisect(Mesh *mesh, int side, int newnode, Element *nbr1, Element *nbr2, Element *el1, Element *el2) (defined in Element) | Element | inlinevirtual |
| bndel (defined in Element) | Element | protected |
| BndIntF() const | Tetrahedron4 | virtual |
| BndIntFCos(int side, const RVector &cntcos, double a, const NodeList &nlist) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| BndIntFCos(int side, const Surface *surf, const RVector &cntcos, double sigma, double sup, const NodeList &nlist) const (defined in Element) | Element | virtual |
| BndIntFD(int sd, int i, int j, int k) | Tetrahedron4 | |
| BndIntFDelta(int side, const Surface *surf, const RVector &pos, const NodeList &nlist) const (defined in Element) | Element | virtual |
| BndIntFF() const | Element_Unstructured | inlinevirtual |
| BndIntFF(int i, int j) | Element_Unstructured | inlinevirtual |
| BndIntFFSide(int i, int j, int sd) | Tetrahedron4 | virtual |
| BndIntFSide(int i, int sd) | Tetrahedron4 | virtual |
| BndIntFX(int side, double(*func)(const Point &), const NodeList &nlist) const | Tetrahedron4 | virtual |
| BndIntPFF(const RVector &P) const | Tetrahedron4 | inlinevirtual |
| BndIntPFF(int i, int j, const RVector &P) const | Tetrahedron4 | virtual |
| bndside (defined in Element) | Element | protected |
| BndSideList(const NodeList &nlist, int *list) | Element | virtual |
| c0 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| c1 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| c2 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| c3 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| ComputeBndIntFF(const NodeList &nlist) const (defined in Tetrahedron4) | Tetrahedron4 | protectedvirtual |
| ComputeIntDD(const NodeList &nlist) const (defined in Tetrahedron4) | Tetrahedron4 | protectedvirtual |
| ComputeSize(const NodeList &nlist) const (defined in Tetrahedron4) | Tetrahedron4 | protectedvirtual |
| Copy() | Tetrahedron4 | virtual |
| d0 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| d1 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| d2 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| d3 (defined in Tetrahedron4) | Tetrahedron4 | protected |
| DetJ(const Point &loc, const NodeList *nlist=0) const | Tetrahedron4 | inlinevirtual |
| Dimension(void) const | Element_Unstructured_3D | inlinevirtual |
| DirectionCosine(int side, RDenseMatrix &jacin) | Tetrahedron4 | virtual |
| DThermalExpansionVector(double E, double nu) (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| ElasticityStiffnessMatrix(const RDenseMatrix &D) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| ElasticityStiffnessMatrix(double modulus, double pratio) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| ElasticStrainDisplacement(const RVector &loc, const RDenseMatrix &gder) const (defined in Element) | Element | |
| Element() | Element | |
| Element(const Element &el) | Element | |
| Element_Unstructured() (defined in Element_Unstructured) | Element_Unstructured | inline |
| Element_Unstructured(const Element_Unstructured &el) (defined in Element_Unstructured) | Element_Unstructured | inline |
| Element_Unstructured_3D() (defined in Element_Unstructured_3D) | Element_Unstructured_3D | inline |
| Element_Unstructured_3D(const Element_Unstructured_3D &el) (defined in Element_Unstructured_3D) | Element_Unstructured_3D | inline |
| Elgeom(const NodeList &nlist) const | Element | virtual |
| FTAMat() const (defined in Element) | Element | inlinevirtual |
| GContains(const Point &glob, const NodeList &nlist) const | Element_Unstructured | virtual |
| GetBndSubsampleAbsc(int side, const Point *&absc) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| GetBndSubsampleFD(int side, int &n, double *&wght, Point *&absc, RVector *&F, RDenseMatrix *&D, const NodeList &nlist) const (defined in Element) | Element | |
| GetCaps() const | Tetrahedron4 | inlinevirtual |
| GetLocalSubsampleAbsc(const Point *&absc) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| GetSubsampleFD(int &n, double *&wght, Point *&absc, RVector *&F, RDenseMatrix *&D, const NodeList &nlist) const (defined in Element) | Element | |
| Global(const NodeList &nlist, const Point &loc) const | Element | |
| GlobalIntersection(const NodeList &nlist, const Point &p1, const Point &p2, Point **list) (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| GlobalShapeD(const NodeList &nlist, const Point &glob) const | Tetrahedron4 | virtual |
| GlobalShapeF(const NodeList &nlist, const Point &glob) const | Tetrahedron4 | virtual |
| GlobaltoLocalMat() const (defined in Element) | Element | inlinevirtual |
| HasBoundarySide() | Element | inline |
| HasInterfaceSide() | Element | inline |
| Initialise(const NodeList &nlist) | Tetrahedron4 | virtual |
| InitialStrainVector(double E, double nu, const RVector &e0) (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| InitNeighbourSupport() (defined in Element) | Element | |
| InitSubdivisionSupport() (defined in Element) | Element | |
| intbff (defined in Element_Unstructured) | Element_Unstructured | protected |
| Intd(int i, int k) const | Tetrahedron4 | virtual |
| intdd (defined in Element_Unstructured) | Element_Unstructured | protected |
| IntDD() const | Element_Unstructured | inlinevirtual |
| IntDD(int i, int j) const | Element_Unstructured | inlinevirtual |
| Intdd() const | Tetrahedron4 | virtual |
| interfaceel (defined in Element) | Element | protected |
| Intersection(const Point &p1, const Point &p2, Point **pi) | Tetrahedron4 | virtual |
| IntF(int i) const | Tetrahedron4 | virtual |
| IntFd(int i, int j, int k) const | Tetrahedron4 | virtual |
| IntFD(int i, int j) const | Element | inlinevirtual |
| IntFDD(int i, int j, int k) const | Tetrahedron4 | virtual |
| IntFdd(int i, int j, int k, int l, int m) const | Tetrahedron4 | virtual |
| IntFF() const | Tetrahedron4 | virtual |
| IntFF(int i, int j) const | Tetrahedron4 | virtual |
| IntFfd(int i, int j, int k, int l) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| IntFFF(int i, int j, int k) const | Tetrahedron4 | virtual |
| IntPd(const RVector &P, int j, int k) const | Tetrahedron4 | virtual |
| IntPDD(const RVector &P) const | Tetrahedron4 | virtual |
| IntPDD(int i, int j, const RVector &P) const | Tetrahedron4 | virtual |
| IntPdd(const RVector &p, int j, int k, int l, int m) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| IntPfd(const RVector &p, int j, int k, int l) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| IntPFF(const RVector &P) const | Tetrahedron4 | virtual |
| IntPFF(int i, int j, const RVector &P) const | Tetrahedron4 | virtual |
| IntUnitSphereFF(const NodeList &nlist, const int i, const int j) const (defined in Element) | Element | inlinevirtual |
| IntUnitSphereP(const NodeList &nlist, const RVector &P) const (defined in Element) | Element | inlinevirtual |
| IntUnitSpherePFF(const NodeList &nlist, const int i, const int j, const RVector &P) const (defined in Element) | Element | inlinevirtual |
| IsBoundarySide(int side) | Element | inline |
| IsNode(int node) | Element | virtual |
| IsotropicElasticityMatrix(double E, double nu) const (defined in Element_Unstructured_3D) | Element_Unstructured_3D | virtual |
| IsSide(int nn, int *nd) | Element | |
| IsSideNode(int side, int node) | Element | virtual |
| LContains(const Point &loc, bool pad=true) const | Tetrahedron4 | virtual |
| LNormal(int side) const | Tetrahedron4 | virtual |
| Local(const NodeList &nlist, const Point &glob) const | Tetrahedron4 | virtual |
| LocalShapeD(const Point &loc) const | Tetrahedron4 | virtual |
| LocalShapeF(const Point &loc) const | Tetrahedron4 | virtual |
| LocaltoGlobalMat() const (defined in Element) | Element | inlinevirtual |
| MapToSide(int side, Point &loc) const | Tetrahedron4 | virtual |
| MergeAndResplit(Mesh *mesh, int side, int newnode, Element *nbr1, Element *nbr2, Element *el1, Element *el2) (defined in Element) | Element | inlinevirtual |
| nNode() const | Tetrahedron4 | inlinevirtual |
| Node (defined in Element) | Element | |
| NodeLocal(int node) const | Tetrahedron4 | virtual |
| nSide() const | Tetrahedron4 | inlinevirtual |
| nSideNode(int) const | Tetrahedron4 | inlinevirtual |
| operator=(const Element_Unstructured &el) (defined in Element_Unstructured) | Element_Unstructured | |
| Element::operator=(const Element &el) | Element | |
| PostInitialisation(const NodeList &nlist) | Element_Unstructured | virtual |
| QuadRule(int order, const double **wght, const Point **absc) const | Element | inlinevirtual |
| region (defined in Element) | Element | protected |
| Region() const (defined in Element) | Element | inline |
| sdnbhr (defined in Element) | Element | |
| sdnbhridx (defined in Element) | Element | |
| SetRegion(int nr) (defined in Element) | Element | inline |
| side_size (defined in Tetrahedron4) | Tetrahedron4 | protected |
| SideCentre(int side) const | Element | virtual |
| SideNeighbour(int side) const | Element | |
| SideNeighbourIndex(int side) const | Element | |
| SideNode(int side, int node) const | Tetrahedron4 | virtual |
| SideSize(int sd, const NodeList &nlist) const | Tetrahedron4 | virtual |
| Size() const | Element_Unstructured | inlinevirtual |
| size (defined in Element_Unstructured) | Element_Unstructured | protected |
| SplitSide(Mesh *mesh, int side, int newnode, Element *nbr1, Element *nbr2, Element *el1, Element *el2) (defined in Element) | Element | inlinevirtual |
| StrainDisplacementMatrix(const Point &glob) const (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| subdivdata (defined in Element) | Element | |
| Subdivide(Mesh *mesh) (defined in Element) | Element | inlinevirtual |
| SubdivisionLevel() const | Element | |
| SurfToLocal(int side, const Point &p) const | Tetrahedron4 | virtual |
| Tetrahedron4() (defined in Tetrahedron4) | Tetrahedron4 | inline |
| Tetrahedron4(const Tetrahedron4 &el) (defined in Tetrahedron4) | Tetrahedron4 | |
| ThermalExpansionVector(double E, double nu, double alpha, double dT) (defined in Tetrahedron4) | Tetrahedron4 | virtual |
| Type() const | Tetrahedron4 | inlinevirtual |
| VtkType() const | Tetrahedron4 | inlinevirtual |
| ~Element() | Element | virtual |
| ~Element_Unstructured() (defined in Element_Unstructured) | Element_Unstructured | inlinevirtual |
| ~Element_Unstructured_3D() (defined in Element_Unstructured_3D) | Element_Unstructured_3D | inlinevirtual |
| ~Tetrahedron4() (defined in Tetrahedron4) | Tetrahedron4 | inline |
1.8.6